Sentence examples for bacterial material from inspiring English sources

Use 45percentt bacterial material, 30percentt fungal material and 25percentt nitrogen material.

Use 45percentt fungal material, such as dry leaves, wood chips or shredded newspaper; 30 percent bacterial material, such as hay, weeds, coffee grounds or spent flowers; and 25percentt nitrogen material, such as grass clippings, vegetable waste or manure.

For example, the method provides a ready-to-use product in which DNA does not need to be manufactured in and separated from bacterial material, such as E. coli.

The soaking method is highly reproducible, does not require antibiotics, phagocytosis or the presence of unspecific bacterial material.

Enriched with bacterial material from subgingival space GCF finally enters the oral cavity at the periodontal pocket orifice.

Another advantage using the medium soaking was that no changes in the growth behaviour of the trophozoites were observed using unrelated dsRNA, probably due to conditions bypassing the presence of unspecific bacterial material and bacteriostatic drugs used for the feeding.

Owing to their unique physical and chemical properties, they are widely used in various areas of science and technology, such as surface-enhanced Raman spectroscopy [3], catalysts [4], anti-bacterial materials [5], sensors [6], lubricating materials [7], and so on, with exponentially increasing production.

These efforts have focused on systems for drainage of subglottic secretions, coating of the ETT with anti-bacterial materials, and the sealing capacity of the cuff.

The highly porous bacterial cellulose material demonstrated great performance as a bio-coloration support, in contrast to other materials cited in literature, like cotton or wool.

It has been shown that it produces ROS (hydroxyl radicals, superoxides, and hydrogen peroxide) in the presence of moisture which ostensibly react with bacterial cell material such as protein, lipids, and DNA, eventually causing apoptosis.

The aim of this work was the study of several variables (pH, temperature, particle size, bacterial support material and type of air distributor) for the design of a packed bed bioreactor for ferrous iron biooxidation.